68 results about "Stock control" patented technology

A connector (1) for printed circuit boards (25) has an insulated housing (2), contacts (3) each with a lead (13) protruding from the contact to be soldered to a circuit pattern (26), and reinforcement metals (4) fixed in both sides of the housing and capable of soldering to a fixation pattern (27) on a board. These housing (2), contacts (3) and metals (4) are useful as they are, whether the connector takes a top type or a side type position. Each lead (13) and metal (4) respectively have first solderable portion (14) and zone (22) for top type position, and second solderable portion (15) and zone (23) for the side type position. The first portions and zones extend along the housing's bottom (5), the second portions and zones extending along the housing's front wall (6) or rear wall (7), such that the housing, contacts and metals need no change in shape between the top type and side type position so that the connector is made efficiently with reduced facility investment and with reduced sorts of its parts, lowering manufacture cost and facilitating stock control of parts.

The invention relates to a stock bin control system, which comprises a weighting sensor, a programmable controller and a display instrument. The weighting sensor is arranged under a supporting seat of the stock bin, the programmable controller is respectively connected with the weighting sensor and the display instrument through a shielded cable, and a standard 4-20mA signal transmission is adopted for the weighting sensor, the programmable controller and the display instrument. The weighting sensor is generally set with 3-4 points. The stock bin control system is characterized by indirectly measuring the material level of the material stock in the stock bin by means of weighing, and calculating the material flow rate through the weight change to accurately determine the condition of the material discharge and jamming. The invention has the advantages that: the method of weighing is adopted to directly measure the material level of the material stock in the stock bin and the material flow rate is calculated through the weight change to accurately determine the condition of the material discharge and jamming, thereby solving the problems of easy damage and failure of the contact charge level indicator and the non-contact charge level indicator and the infidelity of the measured result, and particularly solving the problem of detection of jamming in the discharge port.

The invention discloses a source-tracing anti-counterfeiting system for RFID. The system comprises a database server, a production source RFID reader, a detection source RFID reader, a stock control RFID reader, a dealer terminal RFID reader, a retainer RFID reader, a consumer handheld verification RFID reader and a commodity-attached RFID anti-counterfeit label, wherein each RFID reader is in a communication connection with the database server through a network and in a wireless read-write communication connection with the commodity-attached RFID anti-counterfeit label. According to the system, electronic read-write operation is performed on the RFID anti-counterfeit label adhered to the opening of a product package through the RFID readers, the place of origin, processing information, detection information and detailer information of a product are written in or read out, anti-counterfeiting inquiry for the product attached with the RFID anti-counterfeit label is facilitated for a manufacturer, a detailer or a terminal user, the overall situation of production of the product can be known, and the anti-counterfeiting effect is good.

The invention relates to a third-party logistics cloud warehousing system. The third-party logistics cloud warehousing system at least comprises a cloud application layer providing stock management, delivery management, stock control, check management, return management and other main services, a cloud platform layer providing a basic application and function assembly for the cloud application layer, a cloud data layer and a cloud base layer. The cloud platform layer mainly comprises data conversion, accounting management, report management, statistical analysis, log management, identity authentication management, access control and the like. The cloud data layer comprises a metadatabase, a service database and a data warehouse, and is used for storing various service data of the system. The cloud base layer is mainly constructed by a virtual system, a network, a memorizer, a server and the like. By means of the construction of the third-party logistics cloud warehousing system, the stability, flexibility and expandability of the system are improved, and the operation is more convenient for a user.

Disclosed is a steel coil stock control method based on a crane positioning system. The method comprises the following steps: installing a conveying chain tracking and positioning system of a crane laser positioning system grade, conducting coordinate positioning on stock sites and rolling line conveying chains in a steel coil warehouse, establishing stock site tracking for each steel coil, detecting the operating coordinate of a crane through a laser measuring technology, combining coordinate information with crane work commands, and tracking the steel coil according to the operating position of the steel coil in one conveying chain till the steel coil is off line to be placed in the steel coil warehouse. The stacking principle in the steel coil warehouse is determined, a mathematic model and an algorithm are established, and optimized control over the stock of the steel coil warehouse is conducted through a crane positioning system, so the status of steel coil stock can be analyzed in an accurate and systemic manner, the functions of a steel coil warehouse management system are improved, crane positioning and steel coil warehouse management highly fit each other, automated operation of the steel coil warehouse is achieved, and the stock is increased. Moreover, the turnover rate of the steel coil warehouse and the work efficiency of workers are improved, the labor cost is reduced, and the production efficiency is increased.

The invention discloses a gas turbine blade geometry forging stock control methods and a testing model. The method includes the model of production and specific inspection, the model produced by the cross-sectional model making, model making and model axis combinations, axial cross-sectional model making production model are by cutaway model of the blade-shaped three-dimensional model of two-dimensional graphics, the graphics were produced by two-dimensional cross-sectional axis model and model both inside and outside the arc, and then combined to form inside and outside the arc than the fixed model with a model than by combining visual and feeler the methods were inside and outside the arc blades comparison checks. Model by a number of cross-section than the production model by forming an axis model fishbone-shaped cross-section and the axis of the model than the model on the side blade-shaped formation. The beneficial effect of the invention is a method which can detect the test results obtained in several parts of the blade, simple operation, high accuracy and high detection efficiency; check the model structure is simple, low labor intensity is detected, the detection of low skill requirements.

In a fault monitoring method for a portable radio communication terminal, plural portable radio communication terminals communicate with an inventory controller via a radio communication base station. In the portable radio communication terminal in a commodity management system, when the number of retrying times of radio communication between the portable radio communication terminal and the radio communication base station exceeds a predetermined number of times, the portable radio communication terminal automatically executes a test of a radio communication section and displays a fault on a display section of the portable radio communication terminal when a fault occurs.

A computer network comprises plural computer systems connected to plural printers. Each computer system comprises at least one application program for generating print data for one or more of the printers. One of the computer systems is partially employed as a stock control computer. An application program stored on the stock control computer runs a model of the overall system, including maintaining an up-to-date schedule of all print jobs on the system, and maintains a log of all media resources (i.e., paper) available to each printer. The application program ensures that the printers have suitable media resources and/or that print jobs are allocated to printers where appropriate media resources are available, if possible.

The invention discloses a control device of dynamic safety stock. The control device of dynamic safety stock includes a demand data acquisition module, a dynamic safety stock duration of dressing calculating module, a dynamic safety stock calculating module, a stock monitoring module, an allocation plan module and a production execution control module. The invention also discloses a dynamic regulation and control method of the control apparatus. The dynamic regulation and control method of the control apparatus can realize real-time control of allocation equipment and control the safety stock to maintain at a reasonably level, and can effectively reduce the stock maintenance cost and improve the stock turnover rate when stock can be supplied continuously.

The invention discloses a control method of a safe stock control system. The control system comprises a server, a switch, a dispatching computer, a spare part planning computer, a warehouse computer, a director computer, province material management computers and office computers, wherein the server, the switch, the dispatching computer, the spare part planning computer, the warehouse computer and the director computer are arranged in headquarters; the province material management computers are arranged in each province; the office computers are arranged in each office in the provinces; the switch is electrically connected with the server, the dispatching computer, the spare part planning computer, the warehouse computer and the director computer; and the switch is respectively connected with each province material management computer and each office computer through Internet. The control method provided by the invention has the characteristics that the stock is always in a reasonable range; overstocked products are effectively reduced; the stock turnover is accelerated; and the stock occupation cost is further reduced.

The invention provides a veining UV ink printing technology which sequentially includes the main steps as follows: a. printing UV ink on a sheet printing stock by a silk screen of 150 to 250 mesh; b. UV radiating the sheet printing stock under low temperature for the first time; c. after 2 to 8 seconds of the first UV radiation, UV radiating the sheet printing stock under low temperature for the second time; d. after 1 to 5 seconds of the second UV radiation, UV radiating the sheet printing stock under high temperature, and radiating the sheet printing stock with an ultraviolet light with the power of ranging from 10000W to 16000W, with the transmitted speed of the printing sheet stock controlled within 20 to 30m/min, and completely solidifying the UV ink. The UV ink printing technology of the invention is distinct in visual effect, rich in level, and strong in stereoscopic veins. Besides, the invention can prevent the printing stock from deforming.

The embodiment of the invention discloses a method, device and equipment for determining an actual controller of a share company. According to the scheme, the method comprises the steps of obtaining first stock right structure distribution information of a target enterprise based on a stock right query request of the target enterprise submitted by a user; determining a direct shareholder of the target enterprise and a stock holding proportion of the direct shareholder according to the first shareright structure distribution information; judging whether a non-personal shareholder in the directshareholders is detachable or not to obtain a first judgment result; when the first judgment result shows that the non-personal shareholders in the direct shareholders are detachable, obtaining secondshareholder right structure distribution information of the direct shareholders; splitting the direct shareholders according to the second shareholder structure distribution information to obtain allnon-detachable shareholders corresponding to the direct shareholders; calculating a stock control rate of each non-detachable shareholder for the target enterprise; and determining an actual controller of the target enterprise according to the control rate of each non-detachable shareholder.

An electric rolling stock control apparatus includes, an alternating-current motor (15) for making an electric rolling stock run, and for carrying out brake control of the electric rolling stock, a dynamic braking resistor (17) for consuming electric power generated by the brake control, electric current detector (18) for detecting a value of current flowing in the dynamic braking resistor (17), voltage detector (20) for detecting a value of voltage between both terminals of the dynamic braking resistor (17), dynamic braking resistance calculating unit (19) for calculating a value of resistance of the dynamic braking resistor (17) on the basis of the value of current and the value of voltage, and a dynamic braking resistance partial ground fault detector (21) for detecting a partial ground fault in the dynamic braking resistor (17) when the value of resistance is less than a predetermined value.

The invention provides a stock dump control system which comprises a control center and at least one stock dump working machine, at least one stock dump working machine is connected with the control center through a network, and reports stowage location information of where the working machine is to the control center. The control center receives the stowage location information of the stock dump working machine, compares the stowage location information of the stock dump working machine and the stowage location information indicated by working instructions, at least one priority level is set to the working instructions, and the control center distributes the working instructions to stock dump working machines respectively according to the priority level. The stock dump working machines receive working instructions respectively, and convey the working instructions through the interaction of a user interface and an operator. The stock dump working machines adjust the orders of exacting the working instructions according to the priority level, and carry out stock dump working to the stowage location indicated by the instructions. The invention further provides a stock dump control method. The stock dump control system and the stock dump control method can carry out flexible adjustment according to changeable data at any time, adopt a proximity principle to adjust the priority levels of the working instructions, and send the working instructions to corresponding stock dump equipment flexibly.

The invention is intended for conserving energy expended by railway rolling stock, for instance by a locomotive when carrying out train operations and shunting, when trains are run in an automatic mode or in a train operator assistance mode. A method for increasing the efficiency of rolling stock includes the following steps: obtaining the parameters of the rolling stock, including at least the following: speed, coordinates, overhead system voltage, traction engine current voltage, brake line discharging; in addition, determining at least the dependence parameters of an active traction force, braking force, motion resistance force, force of wheel adherence to the rails, and the mass of the rolling stock; then, determining the optimal control to be carried out by traction and braking equipment of railway rolling stock based on the dependence parameters obtained during the previous step; then, transmitting the optimal control, determined during the previous step, to a rolling stock control system for implementation or for displaying to the train operator.

A method for adding perfume or raw material on the production line to prepare tobacco shreds from tobacco leaves includes such steps as putting the liquid material drum on sensor connected to a weighting instrument, displaying the weight of material via conversion, and automatically controlling the addition of perfume or material by the upper-layer machine connected with said weighting instrument. Its advantage is high control accuracy.

In one embodiment, a method or software development tools are provided which allow customised information systems, for example accounts receivable or stock control software, to be designed, implemented and maintained in less time than is generally presently required, whilst still providing a customised information system which conforms to the requirements of an industry, individual or an organisation. The invention also provides a customised information system in which the existing development steps of Analysis, Design, and Coding are transformed into a single Definition step.

A material control system which provides for centralized control of a stock and an order so as to keep an appropriate control of materials in stock without differentiating a material which requires a regenerating process and a material which does not require a regenerating process. The material control system includes a master table storing information for controlling each of materials. The information is provided in an entry field of a regeneration control flag (104) indicating whether or not each of materials to be used in a manufacturing apparatus is regeneratable and an entry field of a regeneration order control flag (201) indicating whether or not a registered contractor is a seller or a regeneration contractor. The material control system further includes an order control section for making a purchase order for the materials and an order for a regenerating process, using the regeneration order control flag (201), and a stock control section for controlling a stock of the materials. The order control section and the stock control section are controlled in a centralized manner.

The present invention relates to dispensing systems that include containers used to contain fluids that need to be dispensed in controlled quantities. In particular, the present invention relates to a dispensing system which can be readily and securely fastened to the walls and other operating surfaces associated with bathrooms, changing rooms, machine shops and the like. In water closets at places of work, hospitals, laboratories, workshops and similar places, there are many individuals who require access to liquids such as liquid soap, oils and production process chemicals etc. usually have a reservoir that must be filled from a larger supply container. The filling operation tends to be complicated and thus time-consuming and with the likelihood of the creation of a mess. It is often difficult to feed the product directly into the dispenser container by pouring the liquid from a big supply tank. It is important that the fluids—whether for lubricating, cleaning or production processes—are managed such that only the correct fluids are. In the installation of a liquid dispensing system, factors of convenience in ensuring that the dispensers are maintained at a suitable level must be weighed against security of product. Many “universal” systems relinquish security and stock control and/or are complex to utilise. The present invention seeks to provide a solution to the problems addressed above. The present invention seeks to provide a dispensing system and a container that enables simple checking of fluid levels and simple re-filling thereof.